The Jova Solutions ISL-4800TM is the highest performance interface and test solution available for image sensors, digital cameras and video devices. This single piece of hardware supports nearly every sensor, camera, and video source interface standard in existence. A fully integrated, off-the-shelf, hardware/software tester package, ISL- 4800 provides a full range of interfaces, controls, advanced image analysis test routines, evaluation and characterization capabilities in one easy-to-use, inexpensive, small-footprint solution.
KEY BENEFITS
HIGH PERFORMANCE
Universal Sensor Support
Parallel to 250 MHz
1,2,4-lane MIPI(CSI2) 960 Mbps per lane
SMIA(CCP2) up to 650 Mbps
Supports digital video (DVP, DVI, HDMI, CameraLink)
12- and 24-bit ADC voltage and current measurement
4-lane PCIe host interface (10 Gbps) ultrafast imaging
Low-noise power supplies
Eliminates need for peripheral equipment
Advanced evaluation and characterization routines
FOR HIGH VOLUME PRODUCTION, TEST AND DESIGN
Rugged and Robust down to smallest details such as, built-in isolation relays and voltage level buffers
Reduce test times and increase test coverage with built-in instrumentation
Rapid deployment and field reprogrammable
Integrated LED control
Ability to integrate with a production wafer prober
Automation software API (DLL, LabVIEW, TestStand)
HIGH-PERFORMANCE TEST SOLUTION FOR IMAGERS
The ISL 4800 is an integrated, high performance, flexible, and expandable solution that supports current and future requirements with field upgradable FPGA code and flexible interface-board architecture.
Supported Device Interfaces – 16-bit parallel, DVP, highspeed serial LVDS, MIPI, SMIA, DVI, HDMI, and Camera Link. Simultaneously connect to both parallel and high-speed serial interfaces.
ADVANCED SENSOR CHARACTERIZATION & IMAGE QUALITY ANALYSIS
The ISL Advanced Analysis Library includes many of the most commonly used image quality evaluation and characterization tests such as: photo response uniformity, dead and defective pixel detection, Macbeth color accuracy, and SFR/MTF image sharpness measurements. A suite of SMIA standard characterization tests is also provided that includes: dynamic range, fixed pattern noise, temporal noise, column and row noise, dark signal, signal to noise ratio, sensitivity and many others. Image averaging using floatingpoint buffers provides additional accuracy. The software supports a variety of image types including: Bayer, YCbCr (YUV), RGB, and Raw.
I2C\SPI Sensor Communications
Adjustable I2C clock rate to 1MHz (including standard 100KHz and 400KHz)
SPI communication up to 10MHz
Create, save and execute custom I2C scripts
Built-In Sensor Power Supplies
Four (4) 1.25V to 4.0V 100mA Power Supplies
Two (2) 0.6 to 1.8V 600 mA Power Supplies
Two (2) 1.2 – 3.4V 600 mA Power Supplies
One (1) 0 – 10V 600 mA Utility Power Supply
Two (2) 3.3V On/Off Power Supplies
12-bit and 24-bit voltage and current measurements
Programmable Master Clock
Programmable between .001 MHz and 68 MHz
Alternative FPGA-based Master Clock up to 800 MHz
External Clock Input
Configurable Image Capture
Parallel 8-bit to 16-bit image capture
High-Speed Serial – 2-lane/4-lane MIPI®/SMIA
Output formats: raw Bayer, YCbCr (YUV), RGB565, RGB555, RGB444, RAW
ROI, Double buffered and video rate sequential image capture
Video Capture – DVP, DVI, HDMI, Camera Link
Additional Digital I/O
24 additional high-speed LVDS pair inputs which can also be configured and single ended digital I/O.
Host Interface
4-Lane PCIe interface (10 Gbps)
Powerful Data Interpretation
Accommodates many data output formats/encodings
256 MByte on-board memory
Configurable conversion/mapping of raw sensor data
Supports CMOS image sensors from most manufacturers
